PEZY dominates the new Green500 list

本帖最後由 skywalker167 於 2017-11-15 10:32 編輯

https://fuse.wikichip.org/news/4 ... -new-green500-list/

About a week ago we reported about PEZY reaching the number one spot on the Green500 list with their latest 2,048-core PEZY-SC2 many-core processor. Today, TOP500.org has formally announced their latest November 2017 list.

Dominating the list with four out of the top five most power-efficient systems are the newly installed systems in Japan, all based on the ZettaScaler-2.2 architecture featuring the PEZY-SC2 processors.
Green500 Rank         Top500 Rank         System         Cores         Rmax         Power         Efficiency
1         259         Shoubu system B         794,400         842.0 TFLOPS         50 kW         17.009 GFLOPS/W
50x (8x PEZY-SC2 + 1x Xeon D-1571)
2         307         Suiren2         762,624         788.2 TFLOPS         47 kW         16.759 GFLOPS/W
48x (8x PEZY-SC2 + 1x Xeon D-1571)
3         276         Sakura         794,400         824.7 TFLOPS         50 kW         16.657 GFLOPS/W
50x (8x PEZY-SC2 + 2x Xeon E5-2618L v3)
5         4         Gyoukou         19,860,000         19,135.8 TFLOPS         1,350 kW         14.173 GFLOPS/W
1250x (8x PEZY-SC2 + 1x Xeon D-1571)

Gyoukou, which ranks fifth on the Green500, now also ranks as the fourth most powerful supercomputer. The system also currently holds highest core-count record.

就系呢粒日本研發的眾核心處理器,Green500頭5名有4個都系用Xeon CPU+呢粒野
能源效率甚至可以比Xeon CPU+Volta GPU更加高
Green500第5名Gyoukou系Top500第4名,能源效率比Top500頭5名其他機高好多
對比返,第一名中國的太湖之光用純眾核心處理器SW26010,能源效率只有6GFLOPS/W
Gyoukou能源效率超過14GFLOPS/W,Green500第一名達到17GFLOPS/W,差不多系太湖之光的3倍
而且系已經用緊Xeon CPU
仲勁過Volta GPU....
https://www.top500.org/green500/list/2017/11/
呢度有呢粒野的更加詳細資料
https://fuse.wikichip.org/news/1 ... -a-green500-record/

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本帖最後由 Stiggy930 於 2017-11-15 23:35 編輯

真正嘅MIC (Many Integrated Cores)。小日本陣營仲有NEC張Vector accelerator。雖然per card 只有2.45 teraflops 。Fujitsu就諗住用ARMv8 based MIC參戰。

美帝嚟緊有Vega 20同Knight mills。美日繼軍事後係HPC再度圍堵中國。

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同一時間會再改良. 據知仲有其他方法未攞出黍但秘密做緊. 畢竟, 自己人唔畀足數. 加上野要留底(美國太空總署受訓時噉樣講,同時要求自己人盡快搞好個座唔好畀人知太多), 間接增強左北京.

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真正嘅MIC (Many Integrated Cores)。小日本陣營仲有NEC張Vector accelerator。雖然per card 只有2.45 tera ...
Stiggy930 發表於 2017-11-15 23:26


   
Knoght milling唔係摺左咩?

via HKEPC IR Pro v2.1.0 - iPhone

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Knoght milling唔係摺左咩?

via HKEPC IR Pro v2.1.0 - iPhone
沙盒A 發表於 2017-11-17 02:26


有D咁嘅樹?八月仲講緊㗎禾。

https://www.top500.org/news/inte ... hts-mill-processor/

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有D咁嘅樹?八月仲講緊㗎禾。
Stiggy930 發表於 2017-11-17 09:43

https://itpeernetwork.intel.com/ ... formance-computing/
One step we’re taking is to replace one of the future Intel® Xeon Phi™ processors (code name Knights Hill) with a new platform and new microarchitecture specifically designed for exascale.


https://www.nextplatform.com/201 ... scale-architecture/

NH: What architectural directions seem appropriate for exascale and how did the existing Knights roadmap not fit with that vision?

Davis: We can talk about the right architecture for exascale in general but of course, I can’t be specific [about the Aurora deal] and I’m not going to say “Knights had X and the new Knights has Y”. The needs of the next generation architecture for exascale are fairly well-documented. There’s power, cooling, space, interconnect—and that is a tremendous issue, creating a low latency technology that communicate at that scale. There also compute and storage. There’s a lot to address here.

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